The continuity equation shown below is used to derive the ideal current-voltage characteristic of a p-n junction. Choose all the statements that are true. d²p 11 Pn-P no = 0 dx² D t P P The following relation is a boundary condition of the continuity equation: •P-PP. n (e⁹V/KT - 1) no по It is assumed that the electric field is zero in the neutral region. It is assumed that the generation current is zero in the depletion region. The continuity equation expresses the carrier density in the depletion region.

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The continuity equation shown below is used to derive the ideal current-voltage characteristic of a p-n junction.
Choose all the statements that are true.
d²p
11
Pn-P no
= 0
dx²
D t
P P
The following relation is a boundary condition of the continuity equation:
•P-PP.
n
(e⁹V/KT - 1)
no
по
It is assumed that the electric field is zero in the neutral region.
It is assumed that the generation current is zero in the depletion region.
The continuity equation expresses the carrier density in the depletion region.
Transcribed Image Text:The continuity equation shown below is used to derive the ideal current-voltage characteristic of a p-n junction. Choose all the statements that are true. d²p 11 Pn-P no = 0 dx² D t P P The following relation is a boundary condition of the continuity equation: •P-PP. n (e⁹V/KT - 1) no по It is assumed that the electric field is zero in the neutral region. It is assumed that the generation current is zero in the depletion region. The continuity equation expresses the carrier density in the depletion region.
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